High Efficiency 93% Purity PSA Oxygen Generator for Continuous Gas Supply with Low Operating Cost in Laser Cutting Industry
Laser cutting technology has become an essential processing method in sheet metal fabrication, steel processing, automotive parts, and metal manufacturing industries. For carbon steel, low-alloy steel, and thick metal plate cutting, high-purity oxygen acts as a critical auxiliary gas to accelerate metal combustion, improve cutting speed, and obtain smooth cutting sections.
Unstable oxygen purity, fluctuating pressure, and frequent gas cylinder replacement can cause burrs, rough cutting edges, and low production efficiency. To solve these challenges, on-site PSA oxygen generators have become the mainstream gas supply solution for laser cutting factories.
- High Cutting Efficiency: High-purity oxygen (93%±3% or customized 99.5% purity) strengthens the exothermic reaction during metal cutting, greatly improving cutting speed for thick carbon steel plates.
- Smooth Cutting Surface: Stable oxygen flow reduces oxide layers and molten slag, minimizing post-polishing procedures and lowering labor costs.
- Continuous Gas Supply: The PSA oxygen generation system works 24/7 without interruption, avoiding production downtime caused by oxygen cylinder replacement.
- Pressure Stability: Constant outlet pressure adapts to different laser cutting machines, ensuring consistent cutting quality for mass production.
No middlemen, competitive factory pricing and reliable after-sales service.
Adopts high-efficiency molecular sieve to separate oxygen from air, ensuring stable oxygen concentration and long service life.
On-site oxygen production replaces expensive bottled oxygen or liquid oxygen, saving 30%-50% annual gas consumption cost.
One-key start, automatic pressure adjustment, real-time data monitoring, easy operation for workers.
Dustproof, shockproof and low-noise structure, suitable for harsh factory workshop environments.
Custom oxygen flow, purity and pressure to match fiber laser cutting machines of different power.
| Model | Purity | Flow | Outlet Pressure |
|---|---|---|---|
| LMO-1 | 93±2% | 1Nm³/h | Regular outlet pressure 1-5Mpa adjustable |
| LMO-5 | 93±2% | 5Nm³/h | |
| LMO-10 | 93±2% | 10Nm³/h | |
| LMO-15 | 93±2% | 15Nm³/h | |
| LMO-20 | 93±2% | 20Nm³/h | |
| LMO-25 | 93±2% | 25Nm³/h | |
| LMO-30 | 93±2% | 30Nm³/h | |
| LMO-40 | 93±2% | 40Nm³/h | |
| LMO-50 | 93±2% | 50Nm³/h | |
| LMO-60 | 93±2% | 60Nm³/h | |
| LMO-70 | 93±2% | 70Nm³/h | |
| LMO-80 | 93±2% | 80Nm³/h | |
| LMO-90 | 93±2% | 90Nm³/h | |
| LMO-100 | 93±2% | 100Nm³/h | |
| LMO-110 | 93±2% | 110Nm³/h | |
| LMO-120 | 93±2% | 120Nm³/h | |
| LMO-130 | 93±2% | 130Nm³/h |
| Feature | LuoMing | Other Companies |
|---|---|---|
| Gas production capacity | More than 5% - 10% of the actual gas production volume | Standard gas production volume / Lower than actual gas production volume |
| Equipment purity | Greater than the actual purity | Standard purity / Lower than actual purity |
| Air purification system | Enhanced processing capacity ensuring stable long-term operation | Standard processing capacity |
| Molecular sieve filling | Unique method enhances adsorption efficiency by 10%-15% | Traditional airflow distribution with uneven adsorption |
| Energy consumption | Efficient molecular sieves with reduced air consumption ratio | Ordinary molecular sieves with high air consumption ratio |
| Industry experience | 30 years technical background with comprehensive solutions | Limited technical accumulation and case experience |
Located in Yancheng City, the Chinese hometown of Gas Equipment, we specialize in developing and manufacturing high-quality gas equipment. As professional manufacturers of air separation equipment, we provide comprehensive solutions for various industrial needs.
- O2 Flow rate: ____Nm³/h
- O2 Purity: ____%
- O2 Discharge pressure: ____Bar
- Voltages and Frequency: _____V/PH/HZ
- Application or use for which industry
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